Use cases
Made for places where form becomes knowledge.
Six institutional audiences, six different ways Nanoshape 1 turns digital information into something you can hold.
01 / Design education
Design education
A design student working on a product concept can sketch a form digitally, send it to a Nanoshape 1 board, and immediately hold a physical approximation of that form. The iteration loop — sketch, send, touch, revise — compresses from hours to seconds. Students develop tactile intuition that flat-screen work simply cannot build.
What you would do with it:
- Send digital sketches to physical form in real time for rapid crit sessions
- Explore how topology, curvature, and surface transitions feel in hand
- Compare iterations side-by-side across multiple boards
What it changes:
Students who work with physical prototypes alongside digital tools develop stronger spatial reasoning and a more embodied understanding of form. Nanoshape 1 makes that mode of learning available at the pace of digital work — no fabrication queue, no material cost per iteration.
Request a pilot for this use case →“{{ TESTIMONIAL: design_education }}”
02 / Prototyping labs
Prototyping labs
A product team in an early-stage lab needs to communicate a surface concept to stakeholders who don't read CAD files. They load the height map into Shape Studio, send it to the board, and pass it around the table. The conversation that follows is grounded in physical form rather than screen abstractions.
What you would do with it:
- Communicate product surfaces and contours to non-technical stakeholders
- Test interaction affordances — grip, orientation, edge transitions — physically
- Run multiple preset forms in sequence during a single review session
What it changes:
Physical form changes the quality of feedback in a review. People touch what they mean. They point to the exact part that feels wrong. Nanoshape 1 makes that conversation available at the earliest stages of a design process, before expensive prototyping budgets are committed.
Request a pilot for this use case →“{{ TESTIMONIAL: prototyping_labs }}”
03 / Engineering visualization
Engineering visualization
An engineering team needs to communicate a structural analysis or a stress distribution across a surface. The data is already a 2D field with a z-value per point. Mapped to a Nanoshape 1 height matrix, it becomes a physical object the team can examine from every angle without rotating a screen.
What you would do with it:
- Map scalar fields (stress, temperature, pressure) to physical height surfaces
- Orient and examine 3D data without a screen between the analyst and the information
- Use as a physical aid in briefings where screen sharing is impractical
What it changes:
Data surfaces that live on screens stay abstract. The same surface rendered physically becomes immediately intuitive — peaks and valleys are visible from across the room, and the whole team can look at the same object at the same time without coordinating viewpoints.
Request a pilot for this use case →“{{ TESTIMONIAL: engineering_visualization }}”
04 / Architecture and terrain
Architecture and terrain
An architecture studio is developing a massing study for a hillside site. The terrain model is a DEM with Z values across a grid. Downsampled to 10x10, it becomes a Nanoshape 1 height map. The studio sends it to the board and places it on the table for a client conversation about scale, orientation, and fit.
What you would do with it:
- Render site topography and urban massing as immediate physical models
- Compare multiple massing options by switching presets during a meeting
- Use alongside physical scale models for mixed-media presentation
What it changes:
Terrain and massing studies benefit from physical scale in a way that screen renderings never quite replicate. Nanoshape 1 does not replace detailed physical models — it makes quick, programmable study models available at the pace of a conversation.
Request a pilot for this use case →“{{ TESTIMONIAL: architecture_terrain }}”
05 / HCI research
HCI research
An HCI lab studying tangible interfaces needs a programmable surface that can be controlled precisely, updated rapidly, and used as a stimulus in user studies. Nanoshape 1 provides a controlled, repeatable physical interface that can be programmed to any of its preset forms — or to arbitrary height maps generated by the study protocol.
What you would do with it:
- Use as a programmable stimulus in studies of tactile perception and shape cognition
- Measure response times and accuracy with precisely reproducible surface states
- Build custom height maps for experimental conditions via JSON import
What it changes:
Tangible computing research has historically been limited by the availability of programmable physical surfaces. Nanoshape 1 provides a platform that is precise enough for controlled studies, open enough for custom protocols, and real enough to generate ecologically valid data about physical interaction.
Request a pilot for this use case →“{{ TESTIMONIAL: hci_research }}”
06 / Innovation centers
Innovation centers
An innovation center or technology exhibit needs a demonstration that communicates a genuinely novel idea — not a screen, not a video, not a render, but a physical object that computes. Nanoshape 1 running a live wave animation or a terrain form does that reliably, across audiences who have never seen programmable shape before.
What you would do with it:
- Deploy as a centerpiece exhibit for frontier computing and emerging technology programs
- Run live demos with preset forms or real-time data mapping
- Use to open conversations about programmable matter and the physical future of computing
What it changes:
The reaction to a working programmable shape display is different from any screen-based demonstration. Visitors touch it. They ask how it works. Nanoshape 1 is a concrete, physical argument for the next phase of computing — and it creates that argument without requiring explanation.
Request a pilot for this use case →“{{ TESTIMONIAL: innovation_centers }}”